HIGH-PERFORMANCE OPTICAL MEASUREMENT EQUIPMENT AND SYSTEM SOLUTION

OPTICAL MEASUREMENT SYSTEM SOLUTION

NFP/FFP SIMULTANEOUS MEASUREMENT SYSTEM

PRODUCT OVERVIEW
NFP/FFP SIMULTANEOUS MEASUREMENT SYSTEM

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NFP/FFP Simultaneous Measurement System realizes simultaneous observation and analysis of NFP and FFP by a single optical unit.

Previously, for measurement and analysis of NFP and FFP by optical method, dedicated two types of optics, NFP measurement optics and FFP measurement optics, are needed each.

NFP/FFP Simultaneous Measurement System with M-Scope type D realizes simultaneous observation and analysis of NFP and FFP without changing optics by using specially designed single optical unit.

FEATURE

  • Synos’ M-Scope type D, NFP/FFP Simultaneous Measurement Optics, is adopted as measurement optics
    • Realizes simultaneous observation and analysis of NFP and FFP by dedicated optics and image processing method.
  • Possible to select suitable imaging detector in 400~1700nm spectral range
    • for 400~1100nm : High Resolution CMOS Detector ISA071/ISA071GL
    • for 950nm~1700nm : InGaAs High Sensitivity NIR Detector ISA041H2
    • 【NEW】for 400nm~1700nm : InGaAs High Resolution NIR Detector ISA041HRA
  • Synos' Optical Beam Analysis Module AP013, image processing, data aquisition and analysis system for optical beam analysis.
    • All-in-one package system with PC for data processing, Optical Beam Analysis Software Optometrics BA Standard, sensor driver software, calibration data set for data analysis. Possible to start up measurement system quickly after system introduction.
    • Optometrics BA Standard, specially designed high-functional image processing software for optical beam profile analysis
      • Essential and useful functionality for NFP, FFP, beam profile analysis are equipped in Optometrics BA Standard.
      • EF/EAF analysis function is installed as standard function.
  • High system expandability with various optional units
    • In combination with various positioning stages, measurement instruments such as optical powermeter, source meter, various system, it is possible to build up automatic and multi purpose measurement system.

APPLICATION

  • Lens position, angle alignment and evaluation of Visible~NIR LD module
  • Beam pattern and emitted beam angular evaluation of various LD, fiber, waveguide, etc.
  • Collimator and focusing lens alignment and evaluation of various butterfly package device and module
  • Evaluation of various waveguide such as polymer optical waveguide for OPCB substrate, Si photonics waveguide, etc.
  • Optical characteristic analysis of various light emitted device, module, connector, etc.
  • Optical characteristic analysis of various optical fibers such as SMF, MFF, POF, etc.

SYSTEM COMPONENT SELECTION

SYSTEM CONFIGURATION DIAGRAM
COMPONENT SELECTION
  • NFP/FFP(collimated beam) simultaneous measurement optics
    • NFP/FFP Simultaneous Measurement Optics M-Scope type D
    • Measurement wavelength : It is necessary to specify the measurement wavelength in advance, because it is necessary to have appropriate AR coating on the optical components such as the half mirror in M-Scope type D.
  • Detector selection
    • 400~1100nm: High Resolution CMOS Detector ISA071/ISA071GL
    • 950~1700nm: InGaAs High Sensitivity NIR Detector ISA041H2
    • 400~1700nm: 【NEW】InGaAs High Resolution NIR Detector ISA041HRA
      • About optical sensor selection, please refer to here.
  • Optical Beam Analysis Module AP013
    • Personal Computer for data processing
    • Optical beam analysis software Optometrics BA Standard
    • Calibration data set for NFP measurement
    • Driver software for imaging detector
  • Accessories
    • Cables
    • Documents (instruction manuals, etc.)
OPTIONAL UNITS・ACCESSORIES SELECTION
  • Objective lens selection
    • (NOTE) Only M-Plan Apo (NIR) 50x can be used for NFP/FFP simultaneous measurement (fixed).
    • About objective lens selection for NFP measurement, please refer to here.
  • Option for M-Scope type D
    • 2× Intermediate Lens Port MS-OP011-RL2
      • Intermediate lens unit that doubles the overall magnification of the optical system. (up to 200× with 100× objective lens)
    • 1/2× Intermediate Lens Port MS-OP011-RLH
      • Intermediate lens unit that halves the overall magnification of the optical system.
    • Coaxial Epi-illumination Port MS-OP011-CEP
      • Coaxial epi-illumination port with removable half mirror.
    • About optional units for M-Scope type D in details, please refer to here.
  • ND filter
    • for visible(400~700nm):NDF-5
    • for NIR(700nm~1100nm):NDF NIR-5
    • for IR(1310nm~1550nm):NDF IR-5
      • About ND filter, please refer to here.
  • Coaxial epi-illumination system
    • About coaxial epi-illumination system, refer to here.
  • Optics base and workbench
    • Optics bench for optical fiber measurement
    • Vertical type optics bench
      • About optics base and workbench, please refer to here.
  • System customization
    • Depend on requirement, it is possible to build up automatic/semi-automatic/manual collimator assembling adjustment system.

RELATED PRODUCT INFORMATION

  • Optical Beam NFP Measurement System
    • High functional NFP/beam profile measurement system by dedicated optics and image processing method.
  • FFP Measurement System
    • FFP measurement system by dedicated optics and image processing method
  • Collimated Beam Measurement System
    • System that observes and measures the narrow divergence angle of a light beam (collimated light condition) with high resolution and in real time.
  • Optical Beam Analysis Module AP013
    • All-in-one package high functional optical beam profile analysis system with PC for data processing, Optical Beam Analysis Software Optometrics BA Standard, detector driver software, calibration data set for data analysis. Possible to start up measurement system quickly after system introduction.
  • In addition, we have a variety of optical measurement units and systems for various purposes and applications.

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